A recent study indicates that all life on Earth may have started on Mars, according to the BBC.
Details of the theory were presented by Professor Steven Benner at the Goldschmidt Meeting in Florence, Italy.
Brenner feels that there is "strong evidence" that the beginnings of organic life came to Earth from Mars from a meteorite or volcanic eruptions.
The evidence detailed is "based on how the first molecules necessary for life were assembled" according to the BBC News.
Scientists have often thought about how atoms first joined together to make Proteins, DNA, and RNA, three important molecular components of living organisms.
"The molecules that combined to form genetic material are far more complex than the primordial 'pre-biotic' soup of organic (carbon-based) chemicals thought to have existed on the Earth more than three billion years ago, and RNA (ribonucleic acid) is thought to have been the first of them to appear," said the BBC.
There is growing evidence that early life on Earth relied on boron and oxidized molybdenum according to the BBC News.
"This form of molybdenum couldn't have been available on Earth at the time life first began, because three billion years ago, the surface of the Earth had very little oxygen, but Mars did," said Benner, according to BBC.com. "It's yet another piece of evidence which makes it more likely life came to Earth on a Martian meteorite, rather than starting on this planet."
Molybdenum is a mineral believed to be the key element in the early stages of Earth, however only it only works when it is oxidized, or exposed to oxygen. The issue with this is there was very little oxygen on Earth.
Mars did have oxygen however, and a recent study of a Martian meteorite had boron and molybdenum according to BBC News. This supposedly is the answer to the "tar paradox," which shows that organic molecules exposed to energy does not become life, but instead more of a "tar-like goo" according to Benner.
Mars was also drier than Earth, which was mostly made up of water.
"What's quite clear is that boron, as an element, is quite scarce in Earth's crust," Prof Benner said to BBC News. "But Mars has been drier than Earth and more oxidizing, so if Earth is not suitable for the chemistry, Mars might be."
Benner feels that it is lucky humans wound up on Earth instead of Mars as our planet has been the "better" of the two planets for sustaining life.
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